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3201PA-F Nylon
3201PA-F Nylon 3D printing material
3201PA-F Nylon is a glass fiber reinforced industrial-grade 3D printing material. It features high rigidity, excellent dimensional stability, low warpage, and outstanding heat resistance. With enhanced mechanical strength and wear resistance, it is ideal for high-load structural parts, durable mechanical components, and long-term industrial applications.
Product Specifications & Features
Price: Our 3D printing service for this material starts from an affordable $1.00, delivering cost-effective solutions for both prototype development and batch industrial production.
Technology: Parts are manufactured using advanced SLS (Selective Laser Sintering) technology, a mature industrial-grade 3D printing process optimized for high-performance nylon materials.
Build Time: The standard production lead time is approximately 72 hours. Please note that production duration will be extended for oversized components, complex geometries, bulk orders, or high-volume manufacturing projects.
Color: The standard color of this material is Grayish Black, presenting a steady and industrial appearance for finished printed parts.
Tolerance: We maintain strict dimensional control throughout the printing process. The dimensional tolerance is held at ±0.3mm for part dimensions within 100mm, and ±0.4% for dimensions exceeding 100mm.
Recommended Wall Thickness: To guarantee stable printing, reliable structural integrity, and consistent part quality, a minimum wall thickness of 1.0mm is highly recommended.
Max Build Size: The maximum single-piece build volume supported by this process is 350mm × 350mm × 400mm, capable of producing large-scale industrial structural components.
Min Build Size: The minimum printable dimensions are 5mm × 5mm × 5mm for standard structural features, and 10mm × 2mm × 2mm for thin-wall functional details.
Heat Deflection Temperature: This material features an outstanding heat deflection temperature of up to 147°C, enabling stable performance and dimensional retention under elevated temperature working conditions.
Good Toughness: 3201 PA-F Nylon exhibits exceptional toughness and impact resistance, allowing printed parts to withstand repeated impacts, dynamic stress, and mechanical load without cracking or fracturing.
Excellent Mechanical Properties: This material delivers reliable and balanced mechanical performance, with a high tensile strength of 44 MPa and a moderate flexural modulus of 1300 MPa, ensuring finished parts possess outstanding strength, rigidity, and long-term durability.
Good Printing Accuracy: Built for high-precision industrial applications, this material supports excellent printing accuracy and detail reproduction, making it perfectly suitable for fine, intricate, and complex design structures.
Grain Surface Textures: Parts produced via the SLS process feature a natural, uniform grainy surface texture. This characteristic is highly beneficial for applications requiring enhanced surface grip, tactile texture, or specific aesthetic finishes.
Suitable for High-Performance Parts: With its excellent thermal stability, balanced mechanical properties, and high durability, 3201 PA-F Nylon is ideally suited for the production of high-performance, load-bearing, and long-service-life industrial functional components.
Material Properties
Price: Our 3D printing service for this material starts from an affordable $1.00, delivering cost-effective solutions for both prototype development and batch industrial production.
Technology: Parts are manufactured using advanced SLS (Selective Laser Sintering) technology, a mature industrial-grade 3D printing process optimized for high-performance nylon materials.
Build Time: The standard production lead time is approximately 72 hours. Please note that production duration will be extended for oversized components, complex geometries, bulk orders, or high-volume manufacturing projects.
Color: The standard color of this material is Grayish Black, presenting a steady and industrial appearance for finished printed parts.
Tolerance: We maintain strict dimensional control throughout the printing process. The dimensional tolerance is held at ±0.3mm for part dimensions within 100mm, and ±0.4% for dimensions exceeding 100mm.
Recommended Wall Thickness: To guarantee stable printing, reliable structural integrity, and consistent part quality, a minimum wall thickness of 1.0mm is highly recommended.
Max Build Size: The maximum single-piece build volume supported by this process is 350mm × 350mm × 400mm, capable of producing large-scale industrial structural components.
Min Build Size: The minimum printable dimensions are 5mm × 5mm × 5mm for standard structural features, and 10mm × 2mm × 2mm for thin-wall functional details.
Heat Deflection Temperature: This material features an outstanding heat deflection temperature of up to 147°C, enabling stable performance and dimensional retention under elevated temperature working conditions.
Good Toughness: 3201 PA-F Nylon exhibits exceptional toughness and impact resistance, allowing printed parts to withstand repeated impacts, dynamic stress, and mechanical load without cracking or fracturing.
Excellent Mechanical Properties: This material delivers reliable and balanced mechanical performance, with a high tensile strength of 44 MPa and a moderate flexural modulus of 1300 MPa, ensuring finished parts possess outstanding strength, rigidity, and long-term durability.
Good Printing Accuracy: Built for high-precision industrial applications, this material supports excellent printing accuracy and detail reproduction, making it perfectly suitable for fine, intricate, and complex design structures.
Grain Surface Textures: Parts produced via the SLS process feature a natural, uniform grainy surface texture. This characteristic is highly beneficial for applications requiring enhanced surface grip, tactile texture, or specific aesthetic finishes.
Suitable for High-Performance Parts: With its excellent thermal stability, balanced mechanical properties, and high durability, 3201 PA-F Nylon is ideally suited for the production of high-performance, load-bearing, and long-service-life industrial functional components.
Measurement |
Test Method |
Value |
| Heat deflection temperature | ISO 78-1:2020 @1.8 MPa | ASTM D648 @0.45 MPa |
| Flexural strength | ISO 78-1:2020 @0.45 MPa | ASTM D790 |
| Flexural modulus | IS0 11357-1:2020 (10°C/min) | ASTM D790 |
| Impact strength notched Izod | IS0 527-1:2019 | ASTM D256 |
| Hardness Shore D | IS0 527-1:2019 | ASTM D2240 |
| Tensile modulus | IS0 180:2019 | ASTM D638 |
| Tensile strength | IS0 180:2019 | ASTM D638 |
| Elongation at break | IS0 527-1:2019 | ASTM D638 |
